This is a docker container with OpenPCDet installed. To build or use this, you need to install docker, as well as nvidia-docker to pass the GPU through to the container.
It is available on the Docker hub as xfbs/openpcdet. You can use docker pull to fetch it for use on your machine.
docker pull xfbs/openpcdet
Install docker as per the instructions on docs.docker.com. Install nvidia-docker as per the instructions on docs.nvidia.com. Make sure that your user is able to use docker by adding it to the docker group, if not already there:
useradd $USER docker
Reboot your machine for the change to take effect (or restart your X server). Ensure that you are in the docker group by running the groups command (should show docker).
Make sure you have the NVidia drivers installed from developer.nvidia.com. If you use Ubuntu, install the Deb version of them. Reboot your system to make sure you are using the NVidia drivers. You need to use at least version 10.1.
You need to figure out the CUDA compute capability of your GPU. You can use this chart to look it up. See also this section of the PyTorch documentation.
Before compiling, make sure that you have checked out the Git repository and submodules recursively. To ensure that is the case, run this.
git submodule update --init --recursive
To build the container, you can run the Docker build command from this repository.
docker build . -t openpcdet
You might want to check what CUDA compute capability you require. That is, the CUDA extensions in OpenPCDet are normally built for the GPU detected during installation, however for this Docker container, the GPU is not available during build time. You can override the CUDA compute capabilities using the --build-arg TORCH_CUDA_ARCH_LIST=XYZ flag.
MIT.